Abstract: The article is based on the report made by the author at the scientific and methodological seminar of the Association "History and Computer" and the Faculty of History of Moscow State University, which was held on January 2024. The subject of the analysis are the names and hourly volume (in academic hours) of disciplines of informatics and mathematical cycle of the National Research Nizhny Novgorod State University named after N.I. Lobachevsky or Lobachevsky University) from 1984 to 2023. N.I. Lobachevsky National Research State University from 1984 to 2023, the names of graduate qualification works made at the Department of Information Technologies in Humanities from 2007 to 2023, the names of teaching aids for 2010 to 2023, published by teachers of the department. It is revealed that the subjects of information and mathematical cycle for 40 years of their teaching in IMOMI NNGU have become more specialised and practice-oriented, both in bachelor's and master's degrees. The restored initial period of teaching quantitative methods in history in the 1980s, based on the recollections of colleagues and the first lecturer S.V. Subbotin, is of independent importance. A complete list of information and mathematical disciplines in 2023-2024 is given. The basic information about the Department of Information Technologies in Humanities Studies, which has been responsible for teaching the above disciplines since 2007, is given. It is found that since 2007 the ITGI department has graduated 86 students, 31 per cent of whom used quantitative methods and computer technologies in their final qualification works. The importance of cloud technologies in the possibilities of distributed project work of undergraduate students is shown. It is concluded that the main formed information competence of historians is a critical attitude to the digitisation of historical sources and their publication on the Internet.

Abstract: A present-day task of historical GIS is to geotag ancient maps within еру modern coordinate system. These maps are sure to have many inaccuracies. In this regard, there is a need to develop algorithms accounting for these inaccuracies and allowing one to position sources with the smallest deformations and drawbacks. This task is also relevant for Russian plans of the General Survey. Their peculiarity is that they have accurate geodetic characteristics of plots. The research subject is a set of Nizhny Novgorod plans of the late 18th сentury which were the basis for a technique used to reconstruct the city borders and land survey plans. The research methodology is based on the historicism principal, systematicity and objectivity. The authors emphasize the role of statistical methods and apply specifically historical (historical and typological as well as historical and genetic) methods, the geodetic method to process and equalize transit traverse, modeling and cartometry. The research novelty is determined by the algorithm of city borders and historical land survey plans reconstruction, technological solutions for studying the object by means of geodetic programs, new data on land management and cartographic materials based on land management results in the specific region of Russia. The main conclusions are the positioned borders of Nizhny Novgorod in the conditional coordinate system. It was found that transit traverses of plots studied had significant angle linear errors. For settlement plots they are 3°29' and 1/31 and for pasture plots they are 2°49' and 1/80. For Blagoveshchenskiy Monastery they are 0°37’and 1/139. A raster land survey plan of Nizhny Novgorod has been made. It can be further used for geotagging and creating historical GIS.